Condensed matter physics at the Weizmann Institute for Science. Includes a short biography, research interests and publications.

Assistant professor at Baylor University. Research aims at the synthesis of controlled inverse model oxide nanocatalysts and the atomic-level understanding of their structure-activity relationships in catalytic reactions for liquid fuel and automotive emission.

Prof. Dr. rer. nat. Helmut Werheit, Semiconductor and solid state properties of boron and boron-rich solids

School of Physical Sciences, Kent, UK. Interests are nano-science, study of liquids in confined geometry and at surfaces, characterisation of porous materials such as porous silica/rocks/clays/sediments, gas hydrates/clathrates. NMR relaxation, NMR cryoporometry, NMR diffusion, neutron diffraction (NS, SANS), thermoporosimetry.

Professor at Georgia Tech. Research focuses on nanomaterials synthesis and their applications in energy science and biomedical science.

Density functional theory modeling of thiols self-assembled monolayers on semiconductor surfaces (GaAs).

Nobel laureate (1985). Researcher at the Max Planck Institute for solid state research. His research focuses on the influence of quantum phenomena on the transport and optical response of heterostructures, quantum wells and molecular systems.

Home page at the physics department of the university of Toronto, including research descriptions, CV, informative links, and positions available.

Resources, documents, and links related to research at Montana State University on the broad electronic structure and optical properties of rare earth activated luminescent materials for technological applications such as lasers, phosphors, and optical computing.

Academic fellow in Bath University (UK). Interested in physics and applications of low dimensional systems. In particular electrons and hole systems at the Si/SiO2 interface.

Professor at Sherbrooke University (Canada). Specialist in High Tc superconductors.

Researcher at the National Institute of Standards and technology. His research includes atomic manipulation, the physical properties of nanostructures, low dimensional electron systems, nanoscale magnetism, the epitaxial growth of metal and semiconductor systems, and the physics of Graphene.

Nobel laureate (1998). Stormer's website at Columbia University provides information about his research, teaching, and publications.

Ph.D. candidate at Tel Aviv University, Israel. Member of Abraham Nitzan's Molecular Electronics group focusing on theory and simulation of heat conduction through single molecule nano-junctions.

Provides information about research, publications and teaching. At the Institute of Theoretical Physics, Ulm University.

Universitat de les Illes Balears. Research interests: Semiconductor Superlattices; Quantum Dots; Spintronics; Many-body Theory. Publication downloads.

Theoretical research on quantum phase transitions and their application to correlated electron materials like the high temperature superconductors and other complex oxides.

Professor at Caltech. Research focuses on developing and using of nanodevices in the exploration of single-quantum and single-molecule phenomena.

Condensed matter physicist in Grenoble (France). Research interest: electron-electron interactions in nanosystems, silicon nanowire growth and graphene technology.

Professor at the University of Colorado. Research interests include soft-condensed matter, superconductivity, quantum Hall effect, magnetism and general questions that arise in condensed matter systems, especially fluctuation phenomena, disorder, and phase transitions.

Physicist in the condensed matter theory group at the Saarland University (Saarbrcken/Germany).

A theorist working on quantum condensed matter and materials physics. Research subjects include superconductivty, strong correlations and ultra-cold atoms as quantum simulators.

Fellow of the Princeton Center for Complex Materials.